To compare the degree of shell wall thinning, a test of the mitigation rate on squared-type impingement baffle plates compared with the mitigation rate of other types of impingement baffle plates (squared, curved, mitigating, and multi-hole type) was done inside the shell of a feedwater heater.
The configuration parameters of helical angle and overlapped degree of shell-and-tube heat exchangers with helical baffles have been discussed for the thermal-structural comprehensive performance.
The deformation of the degenerated beam element is completely defined in terms of the degrees of freedom of shell elements and it does not require any additional degrees of freedom.
Extending the heating time enhances both the porosity and the graphitization degree of the shell.
A similar degree of surface shell reduction of ceria was obtained for a series of metal/ceria catalysts.
Rupture can also be classified according to the degree of implant shell collapse as uncollapsed, minimally collapsed, partially collapsed, and fully collapsed.
The radiation-absorbed dose is an important parameter on degree of grafting, shell thickness and particle size of PEGMA-g-DCCSNPs.
Furthermore, the increase of Fe3+ not only promoted the graphitization degree of carbon shell, but also increased the complex permittivity and permeability of core shell structure, thus improved the impedance matching.
Free vibrations of cross-ply laminated shells subjected to different sets of edge boundary conditions are investigated on the basis of an advanced unified five-degree-of-freedom shear deformable shell theory.
Here, the yolk/shell PMAA/PNIPAM microspheres were prepared under different conditions as the model drug-carriers to investigate the effects of the diameters of the cavity of the middle layers, thicknesses and crosslinking degrees of the PNIPAM shells on the temperature sensitive drug-loading and pH responsive controlled release characteristics, with doxorubicin (DOX) as a model drug.
